High hardness 2-edge ball end milling cutter

Hard alloy milling cutters are mainly divided into: solid hard alloy milling cutters Hard alloy straight shank groove milling cutter Hard alloy saw blade milling cutter Hard alloy spiral drill milling cutter Reamer and milling cutter for hard alloy machine Hard alloy end mill Hard alloy ball end milling cutters are generally used forCNC machining center，CNC engraving machineIt can also be installed as a regular onemilling machineProcess some relatively hard and uncomplicated heat-treated materials. Hard alloy end mill: used for machining grooves and step surfaces, etc. The cutting teeth are on the circumference and end face, and cannot feed along the axial direction during operation. When there are end teeth passing through the center on the end mill, axial feed can be achieved.

High hardness 2-edge ball end milling cutterUsed for high hardness, high-speed, and high feed processingThere are many types of high hardness end mills for machining, among which the most common are the use of right angle end mills and ball end end mills for side, groove, and curved surface machining.High hardness 2-edge ball end milling cutterHigh toughness, not easily worn; Higher efficiency than ordinary end mills.In CNC milling of mold and other workpiece cavities, when the cutting point is a concave or deep cavity, the extension of the end mill needs to be extended. If a long edge end mill is used, it is prone to vibration and tool breakage due to the large deflection of the tool. Therefore, in the machining process, if only the cutting edge near the end of the tool is needed for cutting, a short edge long shank end mill with a longer total length of the tool should be selected. When using large diameter end mills to machine workpieces on horizontal CNC machine tools, due to the significant deformation caused by the self weight of the tool, special attention should be paid to the problems that may occur during end cutting. In the case where a long edge end mill must be used, it is necessary to significantly reduce the cutting speed and feed rate.

There are mainly the following series of categories:

1. High hardness high-speed machining series

2. Ordinary steel processing series

3. Graphite and Ceramic Processing Series

4 SUS， Titanium alloy difficult to cut material processing series

5. Aluminum,Copper, copper alloy,Nonferrous Metal Processing Series